RayBoost Solar
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Photovoltaic cables are typically made of cross-linked materials that resist UV-induced degradation, cracking, embrittlement, and shortened service life. These materials retain their flexibility and mechanical properties even after exposure for up to 25 years.
Photovoltaic cables use high-quality insulation materials and simulate normal operating conditions and potential fault conditions according to industry standards to ensure that the cables can withstand the electrical loads and stresses that may occur in actual installations.
Equipped with combustion test equipment, all flame retardant cables are tested to determine qualification. We hold professional certifications for testing cable fire resistance, such as FT-1, VW-1, CPR, etc.
Conventional cables have passed the AD7 waterproof test. Higher-grade AD8 waterproof cables, freshwater floating cables, and seawater floating cables are also available, offering protection against mildew, salt spray, acid, and alkali.
To prevent damage to sheaths and insulation by rodents or ants, physical and chemical solutions are used to ensure the safety of residential and industrial power station systems.
